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Eigenvectors of open XXZ and ASEP models for a class of non-diagonal boundary conditions
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Eigenvectors of open XXZ and ASEP models for a class of non-diagonal boundary conditions

Nicolas Crampé, Eric Ragoucy et Damien Simon
Journal of Statistical Mechanics: Theory and Experiment, Vol.Issue November 2010
15/11/2010

Résumé

quantum integrability (Bethe ansatz) FIELDS EQUATIONS REPRESENTATIONS TERMS QUADRATIC ALGEBRA FUNCTIONAL RELATIONS OPEN SPIN CHAINS QUANTUM-ALGEBRA SYMMETRY ASYMMETRIC EXCLUSION PROCESS BETHE-ANSATZ SOLUTION rigorous results in statistical mechanics quantum integrability (Bethe ansatz)
We present a generalization of the coordinate Bethe ansatz that allows us to solve integrable open XXZ and ASEP models with non-diagonal boundary matrices, provided their parameters obey some relations. These relations extend the ones already known in the literature in the context of algebraic or functional Bethe ansatz. The eigenvectors are represented as sums over cosets of the BC(n) Weyl group.

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